& ELECTRONICS ED-1010 - AD INSTRUMENTS · & ELECTRONICS TRAINER 1/3 ED-1010 • Electricals & Electronics > SPECIFICATIONS MAIN CONSOLE ... effectively by the teaching the measuring

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BASIC ELECTRICITY & ELECTRONICS TRAINER

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ED-1010

• Electricals & Electronics

> SPECIFICATIONS

MAIN CONSOLE

• DC Output» 0~20V, 2A(Connector & Terminal Output)» +12V, 1A(Connector & Terminal Output)» ±5V, 1A(Connector & Terminal Output)» ±15V, 1A(Connector Output)

• AC Output» 24V(CT), 0.5A(Connector & Terminal Output)» 110V, 0.5A(Terminal Output)» 220V, 0.5A(Terminal Output)

• Indication » Display Range : 0~20V FS AVM, 0~2A FS AAM» Digital Voltmeter : 20V, 20V FS(2ranges) - 2ea» Digital Ammeter : 0.2A, 2A FS(2ranges)

• Protection Circuit » AC Output : 12V +12V(24V)(with Reset)» DC Output : +12V, +5V, -5V(with Reset)

• Input Voltage : AC 220V, 50/60Hz• Dimension : 610(W)x205(H)x190(D)mm• Weight : 14kg

MODULES & MODULE STORAGE CABINET

• No. of Modules : 20ea(including option modules : 3ea)• Dimension

» (Module) : 310(W) x 32(H) x 220(D)mm» (Storage cabinet) : 745(W) x 920(H) x 440(D)mm

• Total Weight : 130kg

SYSTEM REQUIREMENT

• IBM PC-compatible 486 or higher • RAM : 8Mbyte, or higher, VGA : 640x480 or better• PC Operating System : Windows NT, 2000, XP

ACCESSORIES

• Software(CD or Floppy Disk) : 1ea• AC Power Cord : 1ea• Patch Cord(including Jumper) : 1set• Connector Cable(for Module’s power) : 2ea• Instruction Manual : 1ea

• Various types of circuit experiments with 17 basic modules plus 3 optional modules• Main console(power supply) and storage cabinet

• Experiment Process» Experimental circuits and experiment methods for each experiment are

presented in detail.(Connecting Methods between each terminal and the inputsignal conditions are explained in detail)

» Experimenters and circuits are protected and measurement errors are preventedeffectively by the teaching the measuring methods and related precautions.

» Measured Data are recorded in the [experiment results input table].

Operating Software

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• Experiment Result Input Table» Experiment results, problems discovered during experiment or comments are

recorded and presented to the teacher after storing the data in the floppy disk.» The recording window can execute automatic line passing and screen scroll

regardless of the length of contents.» Data are recorded in the floppy disk stored during the environment setting by the

Store command.» Receives floppy disk from the teacher to check additional instructions or replies

to questions.

BASIC ELECTRICITY & ELECTRONICS TRAINER ED-1010

M-1 DC Circuit• P1. Ohm’s Law• P2. Series/Parallel• P3. Kirchhoff ’s Law • P4. Galvano-Meter• P5. Wheatstone Bridge

Basic Electricity & Electronics CircuitExperiment(5 Modules)

M-2 Measurement• P1. DC Volt-meter• P2. V.A.Ω Indicator• P3. DC Ampere-Meter• P4. Ohm-Meter

M-3 AC Circuit(C&L)• P1. Capacitance• P2. Inductance• P3. RC/RL Circuit• P4. LC Resonance

(Series/Parallel)• P5. Filter Circuit

M-5 Semiconductor• P1. Diode Characteristics• P2. Zener Diode Characteristics• P3. SCR Characteristics

• P4. NPN Transistor Characteristics• P5. PNP Transistor Characteristics• P6. J-FET Characteristics• P7. MOS-FET Characteristics

M-4 Transformer• P1. Mutual Inductance• P2. Transformer Turn Ratio• P3. Transformer Load• P4. Step Up/Down Transformer

M-6Transistor Amplifier• P1. Amplifier Biasing• P2. Common Emitter Amp• P3. Darlington Amp• P4. Complementary Amp• P5. Differential Amp

Analog Circuit Experiment(6 Modules)

M-7 Op-amp Circuit• P1. Inverting Amp• P2. DC Offset-1• P3. DC Offset-2• P4. Non-inverting Amp• P5. Differential Amp• P6. Summing Amp

M-8 Active Filter• P1. Low Pass Filter• P2. High Pass Filter• P3. Band Pass Filter-1• P4. Band Pass Filter-2• P5. OP-Amp(Aux.)

M-9 Power Supply• P1. Half/Full Rectifier• P2. Bridge Rectifier• P3. Smoothing Circuit• P4. Simple Voltage Regulator• P5. DC Volt. Regulator-1(by Tr. Circuit)• P6. DC Volt. Regulator-2(by Op-Amp)

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BASIC ELECTRICITY & ELECTRONICS TRAINER

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ED-1010

M-10 Oscillator• P1. Phase Shift Oscillator• P2. Wien Bridge Oscillator• P3. Colpitts Oscillator• P4. Hartley Oscillator• P5. Crystal Oscillator

M-11 Modulation• P1. AM Modulation-1• P2. AM Detector• P3. AM Modulation-2• P4. FM Modulation• P5. FM Detector

M-12 Pulse Circuit• P1. Clipper• P2. Schmitt Trigger• P3. Bistable Multivibrator• P4. Clipper Tr. Inverter• P5. Monostable Multivibrator• P6. Astable Multivibrator

Digital Circuit Experiment(6 Modules)

M-13Digital Logic Circuit• P1. Diode Logic• P2. AND/NAND Gate• P3. OR/NOR Gate, Exclusive OR Gate• P4. Inverter

M-14Sequential Logic Circuit• P1. RS Flip-flop• P2. JK Flip-flop• P3. Counter(Binary/BCD)• P4. Shift Register

M-16Digital Memory• P1. Address Generator• P2. Display• P3. Data Input• P4. SRAM• P5. DRAM• P6. EPROM

M-15Combination Logic Circuit• P1. Decoder• P2. Encoder• P3. Multi/Demultiplexer• P4. Half/Full Adder

M-17Signal Converter• P1. A/D Converter• P2. D/A Converter• P3. F/V Converter• P4. V/F Converter

M-18 Opto Electronic• P1. LED• P2. Photo Transistor• P3. Cds• P4. E/O Converter• P5. O/E Converter

Option Module Experiment(3 Modules)

M-19 Power Device• P1. SCR• P2. TRIAC• P3. Trigger Circuit• P4. Dimmer• P5. Phase Control Rectifier

M-20 DC Servo• P1. Summing Amp.• P2. Pre-Amp.• P3. Servo Driver• P4. Input Control

• P5. Tacho Amp.• P6. Attenuator• P7. Motor & Position Sensing

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